9999 in stock
Meyer MICA Speaker Rentals
Operating Frequency Range1: 60 Hz - 18 kHz
Free Field Frequency Response2: 75 Hz - 17 kHz ±4 dB
Phase Response: 1 kHz - 16 kHz ±30°
Maximum Peak SPL3: 138 dB
Dynamic Range: >110 dB
Horizontal Coverage: 100°
Vertical Coverage: Varies, depending on array length and configuration
Crossover4: 1000 Hz
Low/Low-Mid Frequency: Two high-power 10" cone drivers with neodymium magnets
Nominal impedance: 4Ω
Voice coil size: 2"
Power handling capability: 1200 W (AES)5; 1800 W peak6
High Frequency7: Two 3" compression drivers
Nominal impedance: 8Ω
Voice coil size: 3"
Diaphragm size: 3"
Exit size: 1.2"
Power handling capability: 360 W (AES)5; 720 W peak6
Type: Differential, electronically balanced
Maximum Common Mode Range: ±15 V DC, clamped to earth for voltage transient protection
Connectors: Female XLR input with male XLR loop output or VEAM all-in-one connector (integrates AC, audio and network)
Input Impedance: 10 kΩ differential between pins 2 and 3
Pin 1: Chassis/earth through 220 kΩ, 1000 pF, 15V clamp network to provide virtual ground lift at audio frequencies
Pin 2: Signal +
Pin 3: Signal -
Case: Earth ground and chassis
DC Blocking: None on output, DC blocked through signal processing
CMRR: >50 dB, typically 80 dB (50 Hz–500 Hz)
RF Filter: Common mode: 425 kHz, Differential mode: 142 kHz
TIM Filter: Integral to signal processing (<80 kHz)
Nominal Input Sensitivity: 0 dBV (1 V rms, 1.4 V pk) continuous is typically the onset of limiting for noise and music.
Input Level: Audio source must be capable of producing a minimum of +20 dBV (10 V rms, 14 V pk) into 600Ω in order to produce maximum peak SPL over the operating bandwidth of the loudspeaker
Type: Four-channel complementary MOSFET output stages (class AB/H)
Output Power8: 3020 W (four channels; 2 x 950 W, 2 x 560 W)
Total Output9: 6000 W peak
THD, IM, TIM: <.02%
Load Capacity: 4Ω low and mid channels; 8Ω high channels
Cooling: Forced air cooling, four fans (two ultrahigh-speed reserve fans)
Connector: 250 V AC NEMA L6-20 twistlock, IEC-309 male, PowerCon, or VEAM
Automatic Voltage Selection: Automatic, two ranges, each with high-low voltage tap (uninterrupted)
Safety Agency Rated Operating Range: 95 VAC-125 VAC; 208 VAC-235 V AC, 50/60 Hz
Turn-on and Turn-off Points: 85 VAC-134 VAC; 165 VAC-264 VAC
Current Draw 1.1 A rms (115 VAC); 0.55 A rms (230 VAC); 1.3 A rms (100 VAC)
Idle Current: 5.4 A rms (115 VAC); 2.7 A rms (230 VAC); 6.2 A rms (100 VAC)
Max Long-Term Continuous Current (>10 sec): 8.7 A rms (115 VAC), 4.3 A rms (230 VAC), 10.0 A rms (100 VAC)
Burst Current (<1 sec)10: 24.6 A rms (115 VAC), 12.3 A rms (230 VAC), 28.3 A rms (100 VAC)
Ultimate Short-Term Peak Current Draw: 24.6 A rms (115 VAC), 12.3 A rms (230 VAC), 28.3 A rms (100 VAC)
Inrush Current: 11 A rms (115 and 100 VAC), 15 A rms (230 VAC)
RMS Network: Equipped with two-conductor twisted-pair network, reporting all operating parameters of
amplifiers to system operator’s host computer.
1. Recommended maximum operating frequency range. Response depends on loading conditions and room acoustics.
2. Free field, measured with 1/3-octave frequency resolution at 4 meters.
3. Measured with music referred to 1 meter.
4. At these frequencies, the transducers produce equal sound pressure levels.
5. Power handling is measured under AES standard conditions: both transducers driven continuously for two hours with band-limited noise signal having a 6 dB peak-average ratio.
6. Peak power handling is measured with both transducers driven for 100 milliseconds with pink noise signal having a 12 dB peak-average ratio.
7. The two drivers are coupled to a 100-degree horizontal constant-directivity horn through a proprietary
acoustical combining manifold (REM).
8. Amplifier wattage rating based on the maximum unclipped burst sine-wave rms voltage that the amplifier will produce for at least 0.5 seconds into the nominal load impedance: 62 V rms low channels and 67 V rms high channels.
9. Peak power based on the maximum unclipped peak voltage that the amplifier will produce for at least 100 milliseconds into the nominal load impedance: 87 V pk low channels and 95 V pk high channels.
10. AC power cabling must be of sufficient gauge so that under burst current rms conditions, cable transmission losses do not drop voltage below specified operating range at the speaker.